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It is urgent to
protect the earth
and reduce carbon
emissions
Biomass energy, the choice for a green future!
SOIL ADDITIVE
As a soil additive, biochar can improve soil structure, increase soil fertility, improve soil water and fertilizer retention capacity, and promote plant growth.
FEED ADDITIVE
As a feed additive, biochar can improve the digestion and absorption capacity of animals, improve intestinal health, reduce ammonia emissions, and promote animal growth.
FILLING MATERIAL IN PRODUCTION
In the field of metallurgy and casting, the biochar can be used to cover on the surface of the liquid steel and iron to reduce the radiation, convection and thermal loss.
BUILDING MATERIAL ADDITIVE
As a building material additive, biochar can be used to prepare environmentally friendly concrete, bricks and other building materials.
Sales team
Scientific research team team
Yongfeng Qi
Ph.D., Shanghai Jiao Tong University
He served as the national key research and development program project evaluation expert, National Natural Science Foundation project evaluation expert, Ministry of Education degree center evaluation expert, Jiangsu Province science and technology expert, etc. Won the honorary title of "Science and Technology Pioneer" of Yangzhou University. His research interests are energy efficient conversion and clean utilization, including:
1. High value-added conversion of solid waste resources such as biomass (gasification, pyrolysis, incineration, fertilizer production) and clean utilization.
2. Efficient fuel combustion and emission reduction of combustion pollutants.
3. Technology and equipment for flue gas desulfurization, denitrification, dust removal and white elimination.
4. Research on new environmental protection materials such as low-temperature SCR denitration catalyst in flue gas.
He has successively presided over the National Natural Science Foundation project, Jiangsu Province Key Research and Development Plan project, Jiangsu Province Natural Science Fund project, Jiangsu Province Science and Technology Support Plan project, Jiangsu Province University Natural science research project, Yangzhou Science and Technology Plan project, as well as the United States General Electric, Huaneng Group and other enterprises commissioned research projects.
Wan Zhang
Ph.D., Shandong University
Mainly engaged in biomass energy utilization, CO2 capture technology and other aspects of scientific research work. He has participated in a number of research projects such as the National Natural Science Foundation project and the key research and development project of Jiangsu Province. He has won the first prize of Shandong Province Graduate Excellent Achievements, the first prize of Shandong University Excellent Doctoral Students Innovation Ability Enhancement Program Scholarship, and the first prize of Shandong University Graduate Students Excellent Academic Achievement Award. He has published 8 SCI papers as the first author, granted 2 invention patents, and applied for 2 invention patents.
Menghui Zhang
Ph.D. from Northeastern University
Mainly engaged in solid waste gasification, pyrolysis resource utilization and other aspects of scientific research. He presided over the outstanding Doctoral scholarship program of Northeastern University, and participated in a number of research projects such as the National Key research and development Plan and the National Natural Science Foundation as a research backbone. He has published 7 SCI papers as the first author and applied for 1 invention patent.
Case Showcase
POWER GENERATION &HEATING
Renewable Gas can be used in power plants as clean fuel to replace traditional fossil fuels, reduce carbon emissions, and provide stable power supply. In heating systems, Renewable Gas can be used for household and industrial heating, providing efficient and environmentally friendly thermal energy solutions.
NDUSTRIAL APPLICATION
In the chemical industry, Renewable Gas can be used as raw material to produce important chemicals such as hydrogen and methanol, promoting the green transformation of industry.
TRANSPORTATION FUEL
Renewable Gas can be converted into bio-natural gas (Bio-CNG) or synthetic gas (Synthetic Gas), which can be used in automobiles, public transportation and heavy-duty transportation to reduce emissions in the transportation sector.
AGRICULTURE&WASTE MANAGEMENT
Promote resource recycling and reduce waste generation by converting agricultural waste and organic waste into Renewable Gas.
The prospect of
biochar
As an efficient and clean biomass fuel, biochar is expected to play a greater role in the energy field, reduce fossil fuel dependence, reduce greenhouse gas emissions, and promote the green transformation ofenergy structure. lts abundant raw material sources and renewability provide strong support for sustainable development, and the demand for biocarbon is expected to increase significantly in the coming years.
Replace
fossil coal
By recycling your waste into biochar, your production becomes climate positive.
Team
Genxing Pan
Prof. Genxing Pan in Agronomy, is a leading expert in soil science and sustainable agriculture. He previously served as convener of the “Agricultural Resources and Environment” discipline evaluation group under the State Council of China.
His research focuses on soil organic matter, biochar application, and climate change mitigation. He has published over 200 SCI-indexed papers with more than 20,000 citations, and has been recognized as a Highly Cited Researcher in Agricultural Sciences by Clarivate for multiple consecutive years. He is also listed among the world’s top 2% scientists by Stanford University.
He serves as Chair of the Soil Health Committee of the Scientific Committee on Problems of the Environment (SCOPE) and as an international expert under the Basel Convention.
Stephen D. Joseph
Stephen D. Joseph is an Australian engineer and internationally recognized expert in renewable energy, waste-to-resource technologies, and biochar engineering. He has long served as a trusted advisor to governments, industries, and NGOs worldwide on biochar and sustainable energy projects.
In 2009, he was among the co-founders of the International Biochar Initiative, together with Professor Johannes Lehmann of Cornell University and other leading experts. He is co-editor of Biochar for Environmental Management: Science, Technology and Implementation (2015), widely regarded as a key reference in the field.
In recognition of his outstanding contributions, he was awarded the Order of Australia in 2019. Dr. Joseph currently serves as an advisor to the Australia New Zealand Biochar Association and is a Clarivate Highly Cited Researcher with extensive contributions to international biochar research.
Ming Yan
Ming Yan is a specialist in soil science, focusing on soil carbon and nitrogen cycling, global change, agricultural greenhouse gas mitigation, and carbon accounting and management. She received her PhD in Soil Science from Nanjing Agricultural University in 2015.
From 2013 to 2014, she was a visiting PhD researcher at Colorado State University, where she conducted research in ecosystem science.
Ming Yan has published multiple peer-reviewed papers as first author in leading international journals, including Global Change Biology, Agriculture, Ecosystems & Environment, and Journal of Cleaner Production. Her work contributes to advancing low-carbon agriculture and climate-related soil research.
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